Mosca Seeds Strawberry Guava AUTO

Genetics and Lineage

Strawberry Guava AUTO seeds by Mosca Seeds combine Strawberry Nuggets with Guava Auto to create a feminized autoflowering cultivar with robust growth, compact structure, and a fruit-forward terpene profile. This pairing blends berry-rich genetics with exotic guava character and the speed of autoflowering cannabis seeds.

Growth and Structure

Strawberry Guava AUTO develops compact, sturdy plants typically reaching 3–3.5 feet tall. Strong lateral branches support a dense central cola and trichome-covered flowers, with heavy resin extending across the buds and surrounding foliage. Its manageable size suits compact indoor gardens and outdoor cultivation.

Flowering and Yield

Strawberry Guava AUTO seeds finish in approximately 70 days from seed to harvest, offering a fast, streamlined grow without requiring light-cycle changes. Plants perform well indoors and outdoors, producing medium to large yields of dense, aromatic flowers under favorable conditions.

Flavor and Aroma

The standout terpene profile combines sweet strawberry with lush guava and refreshing ripe melon. Strawberry Guava AUTO delivers a juicy tropical fruit character that intensifies through flowering and curing, making these autoflower seeds an appealing choice for growers prioritizing strong fruit-forward aromas and flavors.

Seed Type and Cultivation

These feminized autoflower seeds offer straightforward cultivation and dependable performance across indoor and outdoor environments. The compact 3–3.5 foot structure, approximately 70-day seed-to-harvest cycle, dense resinous flowers, and medium-to-large yield potential make Strawberry Guava AUTO a versatile Mosca Seeds cultivar.

Strain Overview

Strawberry Guava AUTO seeds combine Strawberry Nuggets and Guava Auto genetics for fast flowering, compact growth, dense frosty buds, and a distinctive strawberry, guava, and melon terpene profile. This Mosca Seeds autoflower is well suited to growers seeking flavorful cannabis seeds with a manageable size and efficient seed-to-harvest cycle.